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| File | What it is |
|---|---|
q-bonsai-27b.v1.holo | ONE Range-streamable file: boot-ordered BLAKE3-verified blocks + embedded tokenizer, lm_head packed early so a progressive reader serves the decode-critical path first. |
manifest.json + b/*.gz | The same 803 blocks as loose content-addressed parts (sha256 transport axis) — the parallel-fetch fast path on CDN origins. |
manifest.blake3.json + sha256-to-blake3.map.json | The canonical BLAKE3 (κ) axis. |
tokenizer.gguf | The source GGUF header (tokenizer + arch), for serverless load. |
did:holo:sha256:00beea03509a79f6567879f019c04bb15dda8721f6320f8295d9ea1dd9ba54afsha256:a5f7b8ed89546306702547e1e47541572ef58… (full value in manifest)full_attention_interval=4 → 16 full-attention layers
(24 heads × 256, 4 KV heads, per-head q/k RMSNorm, gated output) + 48 linear layers (gated-delta
SSM: conv kernel 4, state 128, 16 groups, dt-rank 48, inner 6144); MRoPE sections [11,11,10,0],
rope base 1e7; 262K trained context.LICENSE and NOTICE.txt.
Conversion: compile2bit.mjs q1 pass-through + holo-kappa-pack.mjs (Hologram Q substrate).
Format q1: blob = [signs N·K/8 B][f32 scales N·K/128·4 B] per tensor; the GEMV kernel
dequantizes inside the matmul. Browser engine support for the hybrid architecture is in
active development on the Hologram substrate; the 8B sibling
(HOLOGRAMTECH/q-bonsai-8b) runs live today.